Legal claims defining the scope of protection. Each claim is shown in both the original legal language and a plain English translation.
1. A method for realizing data sharing between a client and a virtual desktop, applied to a virtual desktop client comprising a simple protocol for independent computing environment SPICE client, a proxy client and a file transfer protocol FTP client, wherein the method comprises: after completing an operation of logging in the virtual desktop by a user via the SPICE client, starting, by the SPICE client, the proxy client according to a user instruction of data sharing migration; after the proxy client is started, establishing, by the proxy client, a connection with a proxy server in the virtual desktop, the proxy client interacting with the proxy server through the connection to complete configuring a FTP server in the virtual desktop, and then starting the FTP client; and after the FTP client is started, establishing, by the FTP client, a data sharing channel with the FTP server to complete an operation of data sharing migration.
This invention relates to data sharing between a client and a virtual desktop, addressing the challenge of securely and efficiently transferring files between a user's local device and a virtual desktop environment. The system involves a virtual desktop client that includes a SPICE (Simple Protocol for Independent Computing Environment) client, a proxy client, and an FTP (File Transfer Protocol) client. The process begins when a user logs into the virtual desktop via the SPICE client. Upon receiving a user instruction for data sharing, the SPICE client initiates the proxy client. The proxy client then establishes a connection with a proxy server within the virtual desktop, facilitating the configuration of an FTP server in the virtual desktop environment. Once the FTP server is set up, the proxy client launches the FTP client. The FTP client subsequently establishes a data sharing channel with the FTP server, enabling the transfer of files between the client and the virtual desktop. This method ensures seamless and secure data migration by leveraging existing protocols and components within the virtual desktop infrastructure.
2. The method according to claim 1 , wherein the starting, by the SPICE client, the proxy client comprises: transferring an identity of the virtual desktop to the proxy client; and the establishing, by the proxy client, the connection with the proxy server in the virtual desktop comprises: initiating a query for a network protocol IP address to a virtualization management control center by using the identity of the virtual desktop as a keyword, and establishing the connection with the proxy server in the virtual desktop according to the queried IP address.
This invention relates to virtual desktop infrastructure (VDI) systems, specifically improving secure access to virtual desktops through proxy clients. The problem addressed is the need for efficient and secure communication between a SPICE (Simple Protocol for Independent Computing Environments) client and a virtual desktop hosted in a virtualized environment. The solution involves a proxy client that facilitates this communication by dynamically obtaining the network protocol IP address of the virtual desktop. The method begins with the SPICE client initiating the proxy client, which involves transferring the identity of the virtual desktop to the proxy client. The proxy client then establishes a connection with a proxy server within the virtual desktop. This is done by querying a virtualization management control center using the virtual desktop's identity as a keyword to retrieve the IP address. Once the IP address is obtained, the proxy client uses it to establish the connection with the proxy server, enabling secure and efficient communication between the SPICE client and the virtual desktop. This approach ensures that the virtual desktop's network location is dynamically resolved, improving flexibility and security in VDI environments.
3. The method according to claim 1 , further comprising: after completing the operation of logging in the virtual desktop by the user via the SPICE client, initiating a query for a network protocol IP address of the virtual desktop to an SPICE driver by using an identity of the virtual desktop as a keyword and receiving the queried IP address, by the SPICE client; and when starting the proxy client by the SPICE client, further transferring, by the SPICE client, the IP address to the proxy client, wherein the establishing, by the proxy client, the connection with the proxy server in the virtual desktop comprises: establishing, by the proxy client, the connection with the proxy server in the virtual desktop according to the IP address.
This invention relates to virtual desktop infrastructure (VDI) systems, specifically improving secure network connectivity for virtual desktops accessed via SPICE (Simple Protocol for Independent Computing Environments) clients. The problem addressed is the lack of direct network access for virtual desktops when accessed remotely, requiring additional proxy configurations to enable secure communication. The method involves a SPICE client used to log into a virtual desktop. After successful login, the SPICE client queries the SPICE driver for the virtual desktop's network protocol IP address using the virtual desktop's identity as a search keyword. The SPICE client receives the queried IP address and, upon starting a proxy client, transfers this IP address to the proxy client. The proxy client then establishes a connection with a proxy server within the virtual desktop using the received IP address. This ensures secure and direct communication between the proxy client and the proxy server, enabling proper network access for the virtual desktop session. The solution automates the IP address retrieval and transfer process, simplifying proxy server connections in VDI environments.
4. The method according to claim 1 , further comprising: after completing the operation of logging in the virtual desktop by the user via the SPICE client, establishing a channel with an SPICE driver in the virtual desktop and sending user login information used when the user logs in the virtual desktop to the SPICE driver through the channel, by the SPICE client.
This invention relates to virtual desktop systems using the SPICE (Simple Protocol for Independent Computing Environments) protocol to enhance user authentication and session management. The problem addressed is the need for secure and efficient transmission of user login information between a SPICE client and a virtual desktop after initial login, ensuring proper authentication and session continuity. The method involves a SPICE client establishing a connection to a virtual desktop, where the user logs in via the client. After successful login, the SPICE client creates a dedicated channel with a SPICE driver running in the virtual desktop. Through this channel, the client sends the user's login credentials or authentication data to the SPICE driver. This ensures that the virtual desktop can verify the user's identity and maintain a secure session. The SPICE driver processes the received login information to authenticate the user and manage subsequent interactions within the virtual desktop environment. This approach improves security by ensuring that login credentials are transmitted directly to the SPICE driver rather than relying on less secure methods. It also enhances session management by providing a direct communication path for authentication data, reducing latency and potential vulnerabilities. The method is particularly useful in enterprise environments where secure remote access to virtual desktops is critical.
5. The method according to claim 1 , further comprising: after the proxy client establishes the connection with the proxy server in the virtual desktop, sending, by the proxy client, user login information used when the user logs in the FTP server through the connection, wherein the user login information used when the user logs in the FTP server is the same as or different from user login information used when the user logs in the virtual desktop.
This invention relates to a method for securely accessing an FTP (File Transfer Protocol) server through a virtual desktop environment. The problem addressed is the need to authenticate users for FTP access while maintaining security and flexibility in a virtualized computing environment. The method involves a proxy client establishing a connection with a proxy server within the virtual desktop. After this connection is established, the proxy client sends user login information for accessing the FTP server. This login information may be the same as or different from the credentials used to log into the virtual desktop itself. The proxy server then uses this information to facilitate secure FTP access on behalf of the user. The solution ensures that FTP access is managed through the virtual desktop infrastructure, allowing for centralized control and authentication while supporting different credential sets for the virtual desktop and FTP server. This approach enhances security by avoiding direct exposure of FTP credentials and enables seamless integration of FTP services within a virtualized workspace. The method is particularly useful in enterprise environments where users require secure and managed access to file transfer services.
6. The method according to claim 1 , wherein the establishing, by the FTP client, the data sharing channel with the FTP server comprises: splicing FTP start-up parameters and establishing the data sharing channel with the FTP server according to the FTP start-up parameters, by the FTP client, wherein the FTP start-up parameters comprise an IP address of the virtual desktop, and a username and a password in user login information used when the user logs in the FTP server.
This invention relates to a method for establishing a data sharing channel between an FTP client and an FTP server in a virtual desktop environment. The problem addressed is the need for secure and efficient data transfer between a user's local device and a virtual desktop, particularly when accessing an FTP server. The method involves the FTP client splicing FTP startup parameters to establish the data sharing channel. These parameters include the IP address of the virtual desktop, as well as the username and password used for user login to the FTP server. By incorporating these details, the method ensures that the data sharing channel is properly authenticated and configured for secure communication. The FTP client uses these parameters to initiate and maintain the connection, enabling seamless data transfer between the client and the server. This approach enhances security by verifying user credentials and ensures reliable data sharing in virtual desktop environments. The method is particularly useful in scenarios where users need to access and transfer files between their local devices and remote virtual desktops securely.
7. The method according to claim 1 , wherein the interacting, by the proxy client, with the proxy server through the connection comprises: determining a configuration parameter of the FTP server to be used according to a user instruction or a default setting and sending the configuration parameter to the proxy server, by the proxy client; or querying a configuration parameter of the FTP server specified by the user from the virtualization management control center by using user login information used when the user logs in the virtual desktop as a keyword and sending the queried configuration parameter of the FTP server to the proxy server, by the proxy client.
This invention relates to a system for managing File Transfer Protocol (FTP) server configurations in a virtual desktop environment. The problem addressed is the need for secure and efficient FTP server configuration management in virtualized environments, where users may require different FTP settings based on their roles or tasks. The method involves a proxy client interacting with a proxy server to facilitate FTP server configuration. The proxy client determines an FTP server configuration parameter either based on a user instruction or a default setting, then sends this parameter to the proxy server. Alternatively, the proxy client queries a user-specific FTP server configuration from a virtualization management control center using the user's login information as a keyword, then forwards the queried configuration to the proxy server. This ensures that FTP server settings are dynamically adjusted according to user requirements or predefined defaults, enhancing security and usability in virtual desktop environments. The proxy server then applies these configurations to the FTP server, allowing seamless and secure file transfers. This approach centralizes configuration management, reducing manual errors and improving system consistency.
8. A method for realizing data sharing between a client and a virtual desktop, applied to a virtual desktop system comprising a simple protocol for independent computing environment SPICE driver, a proxy server and a file transfer protocol FTP server, wherein the method comprises: establishing, by the SPICE driver, a channel with an SPICE client in a virtual desktop client during a process that a user logs in the virtual desktop; establishing, by the proxy server, a connection with a proxy client in the virtual desktop client, interacting with the proxy client through the connection to complete configuring the FTP server, and then starting the FTP server; and after the FTP server is started, establishing, by the FTP server, a data sharing channel with the FTP client to complete an operation of data sharing migration.
This invention relates to data sharing between a client and a virtual desktop in a virtual desktop system. The system includes a SPICE (Simple Protocol for Independent Computing Environment) driver, a proxy server, and a file transfer protocol (FTP) server. The method enables seamless data transfer by first establishing a channel between the SPICE driver and an SPICE client in the virtual desktop client during user login. The proxy server then connects with a proxy client in the virtual desktop client, interacts through this connection to configure the FTP server, and starts the FTP server. Once the FTP server is active, it establishes a data sharing channel with an FTP client to facilitate data migration. This approach ensures efficient and secure file transfer between the client and the virtual desktop environment, addressing challenges in remote data access and synchronization in virtualized computing systems. The method leverages existing protocols and components to streamline data sharing without requiring additional infrastructure, improving usability and performance in virtual desktop environments.
9. The method according to claim 8 , further comprising: after the SPICE driver establishes the channel with the SPICE client in the virtual desktop client, receiving, by the SPICE driver, user login information used when the user logs in the virtual desktop sent by the SPICE client, and transmitting the user login information to the proxy server.
This invention relates to virtual desktop systems using the SPICE (Simple Protocol for Independent Computing Environments) protocol to enhance security and authentication. The problem addressed is the need for secure transmission of user login credentials between a virtual desktop client and a proxy server in a SPICE-based virtual desktop environment. The method involves a SPICE driver that establishes a communication channel with a SPICE client in the virtual desktop client. After the channel is established, the SPICE driver receives user login information from the SPICE client, which is used when the user logs into the virtual desktop. The SPICE driver then transmits this login information to a proxy server. This ensures that authentication credentials are securely relayed through the SPICE driver, improving security in the virtual desktop environment. The proxy server can then validate the login information and authorize access to the virtual desktop. This approach integrates authentication processes within the SPICE protocol, reducing the risk of credential exposure during transmission. The method is particularly useful in environments where secure and efficient user authentication is critical, such as enterprise virtual desktop infrastructures.
10. The method according to claim 9 , further comprising: after the proxy server establishes the connection with the proxy client in the virtual desktop client, receiving user login information used when the user logs in the virtual desktop sent by the proxy client and comparing the user login information with the user login information previously received by the SPICE driver, by the proxy server; if the two user login information are the same, determining that an authentication on the user is passed, and continuously configuring the FTP server; and if the two user login information are different, determining that the authentication on the user is failed, ending the operation of data sharing migration, and notifying the proxy client.
This invention relates to secure data sharing in virtual desktop environments, specifically addressing authentication challenges during data migration between a proxy server and a client. The system involves a proxy server that establishes a connection with a proxy client within a virtual desktop client, facilitating data sharing migration. The proxy server receives user login information from the proxy client and compares it with previously obtained login information from a SPICE (Simple Protocol for Independent Computing Environments) driver. If the login credentials match, the user is authenticated, and the proxy server proceeds to configure an FTP (File Transfer Protocol) server for data sharing. If the credentials do not match, authentication fails, halting the data sharing process and notifying the proxy client. This method ensures secure and authenticated data migration in virtual desktop environments by verifying user identity before enabling file transfers. The system enhances security by preventing unauthorized access during data sharing operations.
11. The method according to claim 8 , wherein the interacting, by the proxy server, with the proxy client through the connection to complete configuring the FTP server comprises: receiving a configuration parameter of the FTP server sent by the proxy client and proofreading the configuration parameter, by the proxy server; if the proofreading is passed, using the received configuration parameter of the FTP server to configure the FTP server and notifying a configuration result to the proxy client; and if the proofreading is not passed, notifying the proxy client that the configuration is failed, or using a default configuration parameter of the FTP server to configure the FTP server and notifying a configuration result to the proxy client.
This invention relates to a method for configuring an FTP (File Transfer Protocol) server through a proxy server and proxy client system. The problem addressed is the need for a reliable and secure way to configure an FTP server remotely, ensuring proper validation and error handling during the configuration process. The method involves a proxy server interacting with a proxy client to complete the FTP server configuration. The proxy client sends configuration parameters for the FTP server to the proxy server, which then performs proofreading (validation) of these parameters. If the validation is successful, the proxy server applies the received configuration parameters to the FTP server and notifies the proxy client of the successful configuration. If the validation fails, the proxy server either notifies the proxy client of the failure or applies default configuration parameters to the FTP server, then informs the proxy client of the result. This approach ensures that the FTP server is configured correctly, with proper validation to prevent misconfigurations, and provides fallback options in case of validation failures. The system enhances security and reliability in remote FTP server management.
12. The method according to claim 11 , wherein the configuring, by the proxy server, the FTP server further comprises: configuring, by the proxy server, the FTP server by using user login information used when the user logs in the virtual desktop as user login information used when the user logs in the FTP server.
This invention relates to a system for integrating user authentication between a virtual desktop environment and a file transfer protocol (FTP) server via a proxy server. The problem addressed is the need for seamless and secure access to an FTP server from a virtual desktop without requiring separate login credentials for the FTP server. The solution involves a proxy server that configures the FTP server to use the same user login information (e.g., username and password) that the user employs to access the virtual desktop. This eliminates the need for users to manage multiple sets of credentials, reducing complexity and improving security by centralizing authentication. The proxy server acts as an intermediary, ensuring that the FTP server recognizes the user’s virtual desktop credentials as valid for FTP access. This approach streamlines workflows for users who frequently transfer files between their virtual desktop and external systems via FTP, while maintaining security by leveraging existing authentication mechanisms. The system may also include additional features such as session management, access control, and logging to enhance usability and security.
13. The method according to claim 11 , wherein the interacting, by the proxy server, with the proxy client through the connection to complete configuring the FTP server further comprises: receiving user login information used when the user logs in the FTP server sent by the proxy client and configuring the FTP server according to the user login information used when the user logs in the FTP server, by the proxy server, wherein the user login information used when the user logs in the FTP server is the same as or different from user login information used when the user logs in the virtual desktop.
This invention relates to a system for configuring an FTP (File Transfer Protocol) server through a proxy server in a virtual desktop environment. The problem addressed is the need to securely and efficiently manage FTP server configurations, particularly when users access the FTP server from a virtual desktop. The solution involves a proxy server that acts as an intermediary between a proxy client and the FTP server, facilitating the configuration process. The proxy server establishes a connection with the proxy client and interacts with it to complete the FTP server configuration. This interaction includes receiving user login information from the proxy client, which is used when the user logs into the FTP server. The proxy server then configures the FTP server based on this login information. The user login information for the FTP server can be the same as or different from the login information used when the user accesses the virtual desktop, providing flexibility in authentication methods. This approach ensures secure and streamlined FTP server management within a virtualized environment.
14. A device for realizing data sharing between a virtual desktop client and a virtual desktop, wherein the virtual desktop client comprises a simple protocol for independent computing environment SPICE client, a proxy client and a file transfer protocol FTP client, the device comprising a processor and a memory storing a processor executable instruction, wherein the processor, when executing the instruction, performs the following actions: after completing an operation of logging in the virtual desktop via the SPICE client, starting, by the SPICE client, the proxy client according to a user instruction of data sharing migration; after the proxy client is started, establishing, by the proxy client, a connection with a proxy server in the virtual desktop, the proxy client interacting with the proxy server through the connection to complete configuring a FTP server in the virtual desktop, and then starting the FTP client; and after the FTP client is started, establishing, by the FTP client, a data sharing channel with the FTP server to complete an operation of data sharing migration.
This invention relates to virtual desktop systems and addresses the challenge of efficiently sharing data between a virtual desktop client and a virtual desktop environment. The system includes a virtual desktop client equipped with a Simple Protocol for Independent Computing Environment (SPICE) client, a proxy client, and a File Transfer Protocol (FTP) client. The device comprises a processor and memory storing executable instructions. Upon execution, the processor performs a sequence of operations: after logging into the virtual desktop via the SPICE client, the SPICE client initiates the proxy client based on a user instruction for data sharing. The proxy client then establishes a connection with a proxy server within the virtual desktop, interacts with the proxy server to configure an FTP server in the virtual desktop, and subsequently starts the FTP client. The FTP client then establishes a data sharing channel with the FTP server, completing the data sharing process. This approach streamlines data migration between the client and the virtual desktop by leveraging existing protocols and automated configuration steps, ensuring seamless and secure data transfer.
15. The device according to claim 14 , wherein the starting, by the SPICE client, the proxy client comprises: transferring an identity of the virtual desktop to the proxy client; and the establishing, by the proxy client, the connection with the proxy server in the virtual desktop comprises: initiating a query for a network protocol IP address of the virtual desktop to a virtualization management control center by using the identity of the virtual desktop as a keyword, and establishing the connection with the proxy server in the virtual desktop according to the queried IP address.
This invention relates to virtual desktop infrastructure (VDI) systems, specifically improving secure access to virtual desktops through proxy clients. The problem addressed is the need for efficient and secure communication between a SPICE (Simple Protocol for Independent Computing Environments) client and a virtual desktop hosted in a virtualized environment. The solution involves a proxy client that facilitates secure connections to the virtual desktop by querying a virtualization management control center for the virtual desktop's network protocol IP address using its identity as a keyword. Once the IP address is obtained, the proxy client establishes a connection with a proxy server within the virtual desktop, enabling secure communication. The SPICE client initiates this process by transferring the virtual desktop's identity to the proxy client, which then handles the IP address query and connection establishment. This approach ensures that the virtual desktop's network details are dynamically retrieved, enhancing security and flexibility in VDI environments. The system leverages existing virtualization management infrastructure to streamline the connection process while maintaining secure access to virtual desktops.
16. The device according to claim 14 , wherein the processor, when executing the instruction, performs: after completing the operation of logging in the virtual desktop via the SPICE client, initiating a query for an IP address of the virtual desktop to an SPICE driver by using an identity of the virtual desktop as a keyword and receiving the queried IP address, by the SPICE client; and when starting the proxy client by the SPICE client, further transferring, by the SPICE client, the IP address to the proxy client, wherein the establishing, by the proxy client, the connection with the proxy server in the virtual desktop comprises: establishing, by the proxy client, the connection with the proxy server in the virtual desktop according to the IP address.
This invention relates to virtual desktop systems using the SPICE (Simple Protocol for Independent Computing Environments) protocol, addressing the challenge of securely and efficiently establishing connections between a SPICE client and a proxy server within a virtual desktop environment. The system includes a SPICE client that logs into a virtual desktop and then queries the SPICE driver for the virtual desktop's IP address using the virtual desktop's identity as a search keyword. The SPICE client receives the queried IP address and, upon starting a proxy client, transfers this IP address to the proxy client. The proxy client then uses this IP address to establish a connection with the proxy server within the virtual desktop. This approach ensures that the proxy client can accurately locate and connect to the correct proxy server, improving the reliability and security of the virtual desktop connection. The system may also include a SPICE driver that manages the virtual desktop's identity and IP address, facilitating the query process. The invention enhances the efficiency of virtual desktop access by automating the IP address retrieval and connection setup, reducing manual configuration and potential errors.
17. The device according to claim 14 , wherein the processor, when executing the instruction, performs: after completing the operation of logging in the virtual desktop via the SPICE client, establishing a channel with an SPICE driver in the virtual desktop and sending user login information used when the user logs in the virtual desktop to the SPICE driver through the channel, by the SPICE client.
This invention relates to virtual desktop systems using the SPICE (Simple Protocol for Independent Computing Environments) protocol. The problem addressed is securely transmitting user login information from a SPICE client to a virtual desktop after login, ensuring proper authentication and session management. The system includes a SPICE client that connects to a virtual desktop. After the user successfully logs into the virtual desktop, the SPICE client establishes a dedicated channel with a SPICE driver running in the virtual desktop. Through this channel, the SPICE client sends the user's login credentials or authentication tokens to the SPICE driver. This ensures that the virtual desktop can verify the user's identity and maintain a secure session. The SPICE driver in the virtual desktop receives the login information and processes it to authenticate the user. This mechanism prevents unauthorized access and ensures that the virtual desktop can properly manage the user's session. The channel between the SPICE client and the SPICE driver is encrypted to protect the transmitted login information from interception or tampering. This approach improves security by separating the initial login process from the subsequent session management, reducing the risk of credential exposure. It also ensures that the virtual desktop can reliably verify the user's identity before granting access to resources. The system is particularly useful in enterprise environments where multiple users access virtual desktops over a network.
18. The device according to claim 14 , wherein the processor, when executing the instruction, performs: after the proxy client establishes the connection with the proxy server in the virtual desktop, sending, by the proxy client, user login information used when the user logs in the FTP server to the proxy server through the connection, wherein the user login information used when the user logs in the FTP server is the same as or different from user login information used when the user logs in the virtual desktop.
This invention relates to a system for securely accessing an FTP (File Transfer Protocol) server through a virtual desktop environment. The problem addressed is the need to securely transmit user login credentials from a client device to an FTP server via a proxy server within a virtual desktop infrastructure (VDI), ensuring that the credentials are not exposed to unauthorized parties during transmission. The system includes a proxy client on the user's device, a proxy server within the virtual desktop, and an FTP server. The proxy client establishes a secure connection with the proxy server in the virtual desktop. Once the connection is established, the proxy client sends user login information for the FTP server to the proxy server. This login information may be the same as or different from the credentials used to log into the virtual desktop. The proxy server then uses these credentials to authenticate the user with the FTP server, allowing secure file transfers without exposing the credentials directly to the client device or intermediate networks. The invention ensures that FTP access is mediated through the virtual desktop's proxy server, enhancing security by preventing direct exposure of sensitive login information. This approach is particularly useful in environments where multiple users access shared resources through a centralized virtual desktop infrastructure.
19. The device according to claim 14 , wherein the establishing, by the FTP client, the data sharing channel with the FTP server comprises: splicing FTP start-up parameters and establishing the data sharing channel with the FTP server according to the FTP start-up parameters, by the FTP client, wherein the FTP start-up parameters comprise an IP address of the virtual desktop, and a username and a password in user login information used when the user logs in the FTP server.
This invention relates to a method for establishing a data sharing channel between an FTP client and an FTP server in a virtual desktop environment. The problem addressed is the need for secure and efficient data transfer between a user's local device and a remote virtual desktop via FTP (File Transfer Protocol). The system includes an FTP client, an FTP server, and a virtual desktop. The FTP client is configured to establish a data sharing channel with the FTP server by splicing FTP start-up parameters. These parameters include the IP address of the virtual desktop, as well as a username and password from the user's login information when accessing the FTP server. The FTP client uses these parameters to initiate and manage the data transfer channel, ensuring secure and authenticated communication. The virtual desktop acts as an intermediary, allowing the user to access and transfer files between their local device and the remote server. The FTP start-up parameters are dynamically generated or retrieved to facilitate seamless and secure data sharing. This approach enhances security by leveraging existing authentication credentials and ensures efficient data transfer by directly utilizing the virtual desktop's network address. The invention improves upon traditional FTP methods by integrating virtual desktop functionality, reducing setup complexity, and maintaining secure access controls.
20. The device according to claim 14 , wherein the interacting, by the proxy client, with the proxy server through the connection comprises: determining a configuration parameter of the FTP server to be used according to a user instruction or a default setting and sending the configuration parameter to the proxy server, by the proxy client; or querying a configuration parameter of the FTP server specified by the user from the virtualization management control center by using user login information used when the user logs in the virtual desktop as a keyword and sending the queried configuration parameter of the FTP server to the proxy server, by the proxy client.
This invention relates to a system for managing File Transfer Protocol (FTP) server configurations in a virtualized desktop environment. The problem addressed is the need for efficient and secure configuration of FTP servers within virtual desktops, particularly when users require customized settings or default configurations. The system includes a proxy client and a proxy server that facilitate communication between a virtual desktop and an FTP server. The proxy client interacts with the proxy server through a connection to manage FTP server configurations. The proxy client determines a configuration parameter for the FTP server based on either a user instruction or a default setting and sends this parameter to the proxy server. Alternatively, the proxy client queries a configuration parameter specified by the user from a virtualization management control center using the user's login information as a keyword, then sends the queried parameter to the proxy server. This ensures that FTP server configurations are dynamically adjusted according to user preferences or predefined defaults, enhancing flexibility and security in virtualized environments. The system streamlines configuration management by centralizing control through the proxy server and virtualization management control center, reducing manual intervention and potential errors.
Unknown
July 7, 2020
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